This workshop brings together researchers that are attempting to simulate the emergence and cultural evolution of communication systems with properties similar to those found in human natural languages. The workshop focuses in particular on experiments that use physically embodied humanoid robots and target communication systems that exhibit grammatical structure and involve rich grounded conceptualizations of the world co-evolving with language. A typical example would be an experiment in which autonomous robots evolve a spatial language to express spatial relations and perspective reversal or an experiment in which a case grammar emerges for expressing the role of participants in events, or an experiment in which a system of determiners arises to refer to sets of objects in the shared context of two situated communicating agents.

Call for Contributions

Contributions are solicited on all aspects of this grand challenge. They should preferably be based on mechanisms that have been effectively implemented and demonstrated to work on real robots. Although aspects of perception and motor control are obviously very relevant to evolve grounded language, the workshop will primarily focus on issues related to conceptualization and grammar, and to models of cultural evolution that are effective for explaining the complexity of human languages. Experiments that simulate or relate to phenomena observed in human language evolution are particularly encouraged. Posters may include robot videos and demonstrations with physical robots are welcome.

A new book that is likely to be of interest. From the official outline:

"This field of research examines how embodied and situated agents, such as robots, evolve language and thus communicate with each other. This book is a comprehensive survey of the research in this emerging field.

The contributions explain the theoretical and methodological foundations of the field, and then illustrate the scientific and technological potentials and promising research directions. The book also provides descriptions of research experiments and related open software and hardware tools, allowing the reader to gain a practical knowledge of the topic.

The book will be of interest to scientists and undergraduate and graduate students in the areas of cognition, artificial life, artificial intelligence and linguistics."